def test_evaluate():
perfdata: Perfdata = [(n, len(n), u'', 120, 240, 0, 24)
for n in ['in', 'out']]
translated_metrics = utils.translate_metrics(perfdata,
'check_mk-openvpn_clients')
assert utils.evaluate("if_in_octets,8,*@bits/s",
translated_metrics) == (16.0,
utils.unit_info['bits/s'],
'#00e060')
perfdata = [(n, len(n), u'', None, None, None, None)
for n in ['/', 'fs_size']]
translated_metrics = utils.translate_metrics(perfdata, 'check_mk-df')
assert utils.evaluate("fs_size,fs_used,-#e3fff9",
translated_metrics) == (6291456,
utils.unit_info['bytes'],
'#e3fff9')
# This is a terrible metric from Nagios plugins. Test is for survival instead of correctness
# The unit "percent" is lost on the way. Fixing this would imply also figuring out how to represent
# graphs for active-icmp check when host has multiple addresses.
assert utils.evaluate(
'127.0.0.1pl',
utils.translate_metrics(
utils.parse_perf_data('127.0.0.1pl=5%;80;100;;')[0],
"check_mk_active-icmp")) == (5, utils.unit_info[""], '#cc00ff')
def test_evaluate():
perfdata = [(n, len(n), u'', 120, 240, 0, 24) for n in ['in', 'out']] # type: List[Tuple]
translated_metrics = utils.translate_metrics(perfdata, 'check_mk-openvpn_clients')
assert utils.evaluate("if_in_octets,8,*@bits/s",
translated_metrics) == (16.0, utils.unit_info['bits/s'], '#00e060')
perfdata = [(n, len(n), u'', None, None, None, None) for n in ['/', 'fs_size']]
translated_metrics = utils.translate_metrics(perfdata, 'check_mk-df')
assert utils.evaluate("fs_size,fs_used,-#e3fff9",
translated_metrics) == (6291456, utils.unit_info['bytes'], '#e3fff9')
def _get_translated_metrics_from_perf_data(self, row):
perf_data_string = row["service_perf_data"].decode("utf-8").strip()
if not perf_data_string:
return
self._perf_data, self._check_command = parse_perf_data(perf_data_string,
row["check_command"])
return translate_metrics(self._perf_data, self._check_command)
def test_replace_expression():
perfdata: Perfdata = [(n, len(n), "", 120, 240, 0, 25) for n in ["load1"]]
translated_metrics = utils.translate_metrics(perfdata,
"check_mk-cpu.loads")
assert (utils.replace_expressions(
"CPU Load - %(load1:max@count) CPU Cores",
translated_metrics) == "CPU Load - 25 CPU Cores")
def test_get_graph_templates(load_plugins, metric_names, check_command,
graph_ids):
perfdata: List[Tuple] = [(n, 0, u'', None, None, None, None)
for n in metric_names]
translated_metrics = utils.translate_metrics(perfdata, check_command)
assert set(graph_ids) == set(
t['id'] for t in utils.get_graph_templates(translated_metrics))
def test_replace_expression():
perfdata: Perfdata = [(n, len(n), u'', 120, 240, 0, 25) for n in ['load1']]
translated_metrics = utils.translate_metrics(perfdata,
'check_mk-cpu.loads')
assert utils.replace_expressions(
"CPU Load - %(load1:max@count) CPU Cores",
translated_metrics) == 'CPU Load - 25 CPU Cores'
def test_evaluate():
perfdata: Perfdata = [(n, len(n), "", 120, 240, 0, 24)
for n in ["in", "out"]]
translated_metrics = utils.translate_metrics(perfdata,
"check_mk-openvpn_clients")
assert utils.evaluate("if_in_octets,8,*@bits/s", translated_metrics) == (
16.0,
utils.unit_info["bits/s"],
"#00e060",
)
perfdata = [(n, len(n), "", None, None, None, None)
for n in ["/", "fs_size"]]
translated_metrics = utils.translate_metrics(perfdata, "check_mk-df")
assert utils.evaluate("fs_size,fs_used,-#e3fff9", translated_metrics) == (
6291456,
utils.unit_info["bytes"],
"#e3fff9",
)
# This is a terrible metric from Nagios plugins. Test is for survival instead of correctness
# The unit "percent" is lost on the way. Fixing this would imply also figuring out how to represent
# graphs for active-icmp check when host has multiple addresses.
assert (utils.evaluate(
"127.0.0.1pl",
utils.translate_metrics(
utils.parse_perf_data("127.0.0.1pl=5%;80;100;;")[0],
"check_mk_active-icmp"),
) == (5, utils.unit_info[""], "#cc00ff"))
# Here the user has a metrics that represent subnets, but the values look like floats
# Test that evaluation recognizes the metric from the perf data
assert (utils.evaluate(
"10.172",
utils.translate_metrics(
utils.parse_perf_data("10.172=6")[0], "check_mk-local"),
) == (6, utils.unit_info[""], "#cc00ff"))
def page_pnp_template():
try:
template_id = html.request.var("id")
check_command, perf_string = template_id.split(":", 1)
# TODO: pnp-templates/default.php still returns a default value of
# 1 for the value and "" for the unit.
perf_data, _ = parse_perf_data(perf_string)
translated_metrics = translate_metrics(perf_data, check_command)
if not translated_metrics:
return # check not supported
# Collect output in string. In case of an exception to not output
# any definitions
output = ""
for graph_template in get_graph_templates(translated_metrics):
graph_code = render_graph_pnp(graph_template, translated_metrics)
output += graph_code
html.write(output)
except Exception:
html.write("An error occured:\n%s\n" % traceback.format_exc())
def test_get_graph_templates(metric_names, check_command, graph_ids):
perfdata: Perfdata = [(n, 0, "", None, None, None, None)
for n in metric_names]
translated_metrics = utils.translate_metrics(perfdata, check_command)
assert set(graph_ids) == set(
t["id"] for t in utils.get_graph_templates(translated_metrics))
def translate_perf_data(perf_data_string, check_command=None):
perf_data, check_command = parse_perf_data(perf_data_string, check_command)
return translate_metrics(perf_data, check_command)
def translate_perf_data(perf_data_string, check_command=None):
# type: (str, Optional[str]) -> TranslatedMetrics
perf_data, check_command = parse_perf_data(perf_data_string, check_command)
return translate_metrics(perf_data, check_command)
def translate_perf_data(
perf_data_string: str,
check_command: Optional[str] = None) -> TranslatedMetrics:
perf_data, check_command = parse_perf_data(perf_data_string, check_command)
return translate_metrics(perf_data, check_command)
